Matches in SemOpenAlex for { <https://semopenalex.org/work/W4385332007> ?p ?o ?g. }
- W4385332007 abstract "Electromagnetic wideband absorption is still perceived as a critical and formidable challenge to address with an unambiguous photonic absorber. Subwavelength metamaterial (MM) unit cells with unique and controlled features have recently gained considerable interest. However, meta‐atoms, generated using a quantum‐inspired pattern distribution, are underwhelming in existing literature to design photonic absorbers and their potential application to manufacture solar sails is still quite uncommon. In this article, to create a flexible, polarization‐insensitive, ultrathin, and broadband MM absorber, quantum interference pattern‐inspired design is utilized. Herein, a novel approach to fabricating solar sails for the space exploration incorporates the proposed broadband photonic absorber rather than conventional reflectors. The quantum‐inspired meta‐absorber (QIMA) exhibits an absorption of over 91% for the visible domain, i.e., 380–800 nm under a conventional plane‐polarized source. It is shown in the study that broadband absorbers are almost equivalent to excellent reflectors to design the solar sails in terms of the time‐averaged force calculated by utilizing the Maxwell stress tensor method. Thus, the QIMA has the potential to be a viable alternative to reflectors in the design of futuristic solar sails for space exploration. The interference theory model is also utilized to assure the dependability of calculated data, and additionally, the standard AM1.5 solar spectrum is utilized to demonstrate the QIMA's solar‐harvesting potentiality." @default.
- W4385332007 created "2023-07-29" @default.
- W4385332007 creator A5008997914 @default.
- W4385332007 creator A5012837694 @default.
- W4385332007 creator A5025326668 @default.
- W4385332007 creator A5045561018 @default.
- W4385332007 creator A5057325469 @default.
- W4385332007 creator A5088561878 @default.
- W4385332007 date "2023-08-17" @default.
- W4385332007 modified "2023-09-27" @default.
- W4385332007 title "Quantum Inspired Broadband Photonic Absorber: Potential Application as Solar Sail along with Mobility Analysis" @default.
- W4385332007 cites W187590339 @default.
- W4385332007 cites W1966602879 @default.
- W4385332007 cites W1971886613 @default.
- W4385332007 cites W1976215083 @default.
- W4385332007 cites W1976370585 @default.
- W4385332007 cites W1976809055 @default.
- W4385332007 cites W1991557878 @default.
- W4385332007 cites W1992367394 @default.
- W4385332007 cites W1995753274 @default.
- W4385332007 cites W1995796806 @default.
- W4385332007 cites W2015408750 @default.
- W4385332007 cites W2027652501 @default.
- W4385332007 cites W2036412421 @default.
- W4385332007 cites W2040325936 @default.
- W4385332007 cites W2043798614 @default.
- W4385332007 cites W2050901374 @default.
- W4385332007 cites W2082262042 @default.
- W4385332007 cites W2083465890 @default.
- W4385332007 cites W2086097879 @default.
- W4385332007 cites W2094393199 @default.
- W4385332007 cites W2111447108 @default.
- W4385332007 cites W2122765624 @default.
- W4385332007 cites W2134579940 @default.
- W4385332007 cites W2148020016 @default.
- W4385332007 cites W2151416180 @default.
- W4385332007 cites W2154468091 @default.
- W4385332007 cites W2326311643 @default.
- W4385332007 cites W2342271980 @default.
- W4385332007 cites W2398341596 @default.
- W4385332007 cites W2477547381 @default.
- W4385332007 cites W2539865907 @default.
- W4385332007 cites W2556648837 @default.
- W4385332007 cites W2581160753 @default.
- W4385332007 cites W2592386805 @default.
- W4385332007 cites W2732917075 @default.
- W4385332007 cites W2756732215 @default.
- W4385332007 cites W2765128965 @default.
- W4385332007 cites W2766598980 @default.
- W4385332007 cites W2780513461 @default.
- W4385332007 cites W2782838795 @default.
- W4385332007 cites W2783413692 @default.
- W4385332007 cites W2805036867 @default.
- W4385332007 cites W2810854143 @default.
- W4385332007 cites W2889564845 @default.
- W4385332007 cites W2892097535 @default.
- W4385332007 cites W2894781086 @default.
- W4385332007 cites W2898202989 @default.
- W4385332007 cites W2904816743 @default.
- W4385332007 cites W2907752889 @default.
- W4385332007 cites W2911773663 @default.
- W4385332007 cites W2914929919 @default.
- W4385332007 cites W2936798211 @default.
- W4385332007 cites W2941364614 @default.
- W4385332007 cites W2944135395 @default.
- W4385332007 cites W2970016631 @default.
- W4385332007 cites W2992250561 @default.
- W4385332007 cites W2999632545 @default.
- W4385332007 cites W3015828792 @default.
- W4385332007 cites W3035197225 @default.
- W4385332007 cites W3092873629 @default.
- W4385332007 cites W3102196527 @default.
- W4385332007 cites W3155231147 @default.
- W4385332007 cites W3161321455 @default.
- W4385332007 cites W3175658749 @default.
- W4385332007 cites W4200255696 @default.
- W4385332007 cites W4200332033 @default.
- W4385332007 cites W4220771111 @default.
- W4385332007 cites W4224327297 @default.
- W4385332007 cites W4229940949 @default.
- W4385332007 cites W4234527329 @default.
- W4385332007 cites W4236062811 @default.
- W4385332007 cites W4246283326 @default.
- W4385332007 cites W4281264075 @default.
- W4385332007 cites W4302024345 @default.
- W4385332007 cites W4321435670 @default.
- W4385332007 cites W74280573 @default.
- W4385332007 cites W948890877 @default.
- W4385332007 doi "https://doi.org/10.1002/adem.202300438" @default.
- W4385332007 hasPublicationYear "2023" @default.
- W4385332007 type Work @default.
- W4385332007 citedByCount "0" @default.
- W4385332007 crossrefType "journal-article" @default.
- W4385332007 hasAuthorship W4385332007A5008997914 @default.
- W4385332007 hasAuthorship W4385332007A5012837694 @default.
- W4385332007 hasAuthorship W4385332007A5025326668 @default.
- W4385332007 hasAuthorship W4385332007A5045561018 @default.
- W4385332007 hasAuthorship W4385332007A5057325469 @default.
- W4385332007 hasAuthorship W4385332007A5088561878 @default.
- W4385332007 hasConcept C1034443 @default.